| 초록 |
Polymer thermosets have been ubiquitously used across industries and even in our daily life owing to their reliable nature. They exhibit distinctive physicochemical properties, for example, thermal stability, high mechanical strength, and chemical resistance, which are mainly generated from their intrinsic cross-linked structures. This talk presents a conceptual design for the network polymers on the basis of microporous organic polymers (MOPs). The MOPs show high surface areas, physicochemical stability, and synthetic flexibility as well. For the design of thermosets, the porous materials are able to not only play a pivotal role as a synthetic motif but also impart the resultant thermosets with specific functions. As a result, soft monoliths based on random fiber network or thermosets with hierarchical pores have been achieved, which show interesting mechanical properties or enhanced catalytic activities. |
